CO₂ capture from fossil fueled power stations plays a major role in balancing environmental protection with economic growth. Besides absorption and membrane processes, adsorption processes allow for the removal of CO₂ from flue gases and the recovery of the adsorbed CO₂ with high purity. In recent years, several pressure swing adsorption as well as temperature adsorption processes have been postulated for carbon capture. In this work, an overview of the different adsorptive methods is exposed with a focus on thermally regenerated adsorption processes. Since the classical temperature swing adsorption process shows some drawbacks, indirectly heated temperature swing adsorption processes have been postulated, which can be categorized into two groups: electro‐thermal swing adsorption and indirect heat transfer.

中文翻译：

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变温吸附法吸附分离烟气中的CO2。

从化石燃料发电站捕获的CO ₂在平衡环境保护与经济增长方面发挥着重要作用。除了吸收和膜过程外，吸附过程还允许从烟道气中除去CO ₂并回收被吸附的CO _2。高纯度。近年来，已经提出了几种变压吸附以及温度吸附方法来进行碳捕获。在这项工作中，将重点介绍热吸附过程，以介绍不同的吸附方法。由于经典的变温吸附法存在一些缺点，因此提出了间接加热的变温吸附法，可以将其分为两类：电热变温吸附法和间接传热法。